courses:psaw:lab_eeg

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courses:psaw:lab_eeg [2022/05/20 17:11] – created - external edit 127.0.0.1courses:psaw:lab_eeg [2023/04/17 14:49] (current) – [Learn more!] kkt
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 ==== Prepare for the lab ==== ==== Prepare for the lab ====
  
-  * [[wp>Electroencephalography|The article about EEG at Wikipedia]] (you can start from "Mechanisms" section) +  * Chapter 3 on Electroencephalography in: John T. Cacioppo, Louis G. Tassinary, Gary G. Berntson - [[https://doi.org/10.1017/CBO9780511546396|Handbook of Psychophysiology]] (Cambridge University Press, 2007). Most important parts: 
-  * Sur and Sinha - [[https://doi.org/10.4103/0972-6748.57865|Event-related potential: An overview]] (Industrial Psychiatry Journal, 2009) (read only the first two sections: "What is Event-Related Potential?" and "Different ERP Waveforms")+    * Physiological basis of the EEG (pp. 57-59) 
 +    * Normative EEG activity (pp. 59-61) 
 +    * Data acquisition and signal analysis (pp. 61-65) 
 +    * Quantitative analyses: Spectral analyses, Time-frequency analyses (pp. 65-67) 
 +  * Emily S. Kappenman, Steven J. Luck - [[https://doi.org/10.1093/oxfordhb/9780195374148.013.0014|ERP Components: The Ups and Downs of Brainwave Recordings]] (The Oxford Handbook of Event-Related Potential Components, 2012) (read up to "ERP Peaks ≠ ERP Components", including this section; i.e., up to page 12)
  
 ==== Materials ==== ==== Materials ====
  
-  - Instead of a lecture, we go straight to the Q&A session with a short series of questions to "warm up". 
   - Q&A Session:   - Q&A Session:
     - What is actually measured during an EEG measurement? Are we directly reading the subject's thoughts?     - What is actually measured during an EEG measurement? Are we directly reading the subject's thoughts?
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   - Advanced practice session:   - Advanced practice session:
     - If you want to tackle additional topics, do the optional Advanced section in the notebook. It will give you the opportunity to perform the basic frequency analysis of the EEG signal (and deal with the magic alpha, beta and theta waves!).     - If you want to tackle additional topics, do the optional Advanced section in the notebook. It will give you the opportunity to perform the basic frequency analysis of the EEG signal (and deal with the magic alpha, beta and theta waves!).
-  - Report: +
-    - Send the final version of the notebook (to download it, click in Google Colab: ''File > Download > Download .ipynb''). Make sure you have done all **5 tasks** (in obligatory part).+
  
 ==== Learn more! ==== ==== Learn more! ====
  
-=== Brain imaging ===+=== Brain imaging and Neurotech ===
  
   * T.J. Sejnowski, P.S. Churchland & J.A. Movshon - 2014 - [[https://www.nature.com/articles/nn.3839|Putting big data to good use in neuroscience]] -- nice comparison of methods' temporal and spatial resolution   * T.J. Sejnowski, P.S. Churchland & J.A. Movshon - 2014 - [[https://www.nature.com/articles/nn.3839|Putting big data to good use in neuroscience]] -- nice comparison of methods' temporal and spatial resolution
 +  * [[https://neurotechx.com/|NeurotechX]] community (incl. rich discussions on dedicated Slack)
 +  * [[https://neurotechmicrocreds.com/courses/|Neurotech Microcredential Program (courses online)]]
  
 === EEG === === EEG ===
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